Examine the process flow:

The Process is intended to attempt to perform the processing in the recover block, Block 3, a maximum of three times before throwing an exception.
Data Item "Attempts" is a number data item with an initial value of 0
Data Item "Max Attempts" is a number data item with an initial value of 3 The 'Increment Attempts' calculation stage outputs a result to the "Attempts" data item To enable this to work correctly, what is the correct expressions for the 'Increment Attempts' calculation stage?

• A.+1
• B.Attempts + 1
• C.[Max] + 1
• D.[Attempts] + 1

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Consider the following flow within an Object Studio action:

The developer of this flow found that writing some credentials to the target application sometimes failed with an exception even though the element exists on the screen. He found that simply catching the exception, waiting for 2 seconds and then retrying fixed the problem.
What problems do you see within the flow'' (select 2 responses)

• A.The credentials stage is a read stage not a write stage
• B.A block has not been placed around the Write stage and the Recover stage, meaning the credentials action could be unnecessarily retried if another stage further into this action throws an exception.
• C.There is a potential for an infinite loop if the 'Credentials' stage keeps throwing an exception for some unforeseen reason.
• D.There is not a Resume stage following the timeout of the Wait stage

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When designing a Blue Prism solution a Blue Prism architect must respect the requirement that no customer data is visible within the Blue Prism database.
Consider these possible design alternatives:
1. No customer data in the work queue
2. Encrypt the data in the work queue
3. Switch off all stage parameter logging
Which combination of the above will guarantee that no customer data is visible in the Blue Prism log file?

• A.None
• B.1 only
• C.2 and 3
• D.1 and 3

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Consider the following flow in an object:

Which of these statements is true?

• A.The wait stages after read stages should be removed, the wart stages after write stages should be left because the application will have been changed
• B.The wait stages after read and write stages should be removed they are not required and are lowing the flow down
• C.Only the first wait stage in this flow is required, all the other wait stages should be removed.
  Reason: There is no wait stage required after Read and write stage as it makes the process lengthy here, because here no activity is performed which are taking time to read and write so wait is not useful.
  Here wait is required for search fields as there the activity is happening in which it is required for wait.
• D.The flow shown in the diagram is correct, the wart stages are all adding a high level of robustness to the action

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Study the following diagram which is an extract from a sub-page of a process being tested in Process Studio:

There are no breakpoints in the "Access Customer Account" subpage however there is an error.
What will happen if you choose to step out (SHIFT + F11) when debugging the process?

• A.The process will work all stages in the "Access Customer Account" page until the error is thrown and then focus would move to the "Recover1" stage.
• B.The process will work all stages in the "Access Customer Account" page until the error is thrown and then focus would move to the stage containing the error on the "Access Customer Account" page.
• C.The process will work all stages in the "Access Customer Account" page until the error is thrown and then focus would move to the breakpoint at "Get Customer Details" stage.
• D.The process will work all stages in the "Access Customer Account" page until the error is thrown and then focus would move to the "Exception1" stage.

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